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Aditya Ramesh Email : ramesh.aditya@.com Portfolio: https://rameshaditya.com/ Personal Algorithmic Blog: https://blogarithms.github.io My goal is to build highly scalable algorithmic solutions that address challenging real-world problems.

Work Experience • D. E. Shaw & Co. Hyderabad, India Incoming Software Engineering Intern Summer 2019 ◦ Will be joining the Technology Division of D. E. Shaw as a software engineering intern, in Summer 2019. • Cisco Bengaluru, India Software Engineering Intern Summer 2018 ◦ Cisco’s Enterprise Networks Group - Worked on WAAS - a product providing solutions for WAN Optimization . ◦ Enhanced WAAS to support dynamic URL caching generated by CDNs of YouTube, Vimeo, Youku etc. ◦ Increased WAAS’ native video caching ability by a lower bound of 42% and an upper bound of over 95%. ◦ All my code was reviewed, perfected and pushed to production. • Topcoder Algorithm Summer 2018 - Present ◦ Topcoder enables clients like Amazon, NASA & IBM to their technical challenges to developers. ◦ Topcoder is also famous in the niche of algorithmic contests, known for their annual Topcoder Open. ◦ Published on their blog - I explain powerful algorithms used in programming competitions: Code Jam, , ACM ICPC, Topcoder Open, Codechef Snackdown etc. • Deloitte Bengaluru, India Software Development / Data Analytics Intern Summer 2017 ◦ Analyzed industry verticals to identify potential & predicted new industrial trends by interpreting public data. ◦ Designed & implemented software that automated generation of basic code documentation given source code. Education • Vellore Institute of Technology Vellore, India Bachelor of Technology in Computer Science; GPA: 9.34/10.0 Summer 2016 – Summer 2020 • Coursework: Algorithms; AI; Compilers; Databases; Data Mining; IoT; Image Processing; Networks; OS; Parallel & Distributed Computing; Software Engineering; Statistics; Web Development; Achievements • Google Kick Start Round A (2019): 26th in India. 141st globally among 4.8K contestants. • Microsoft Quantum Computing Q# Contest (2019): 10th in India. 189th globally among 5.3K contestants. • Google Hash Code (2019) : 22nd in India. 622nd globally among 6.7K teams. • ACM ICPC Asia-Chennai Onsite Provincial (2018) : 3rd in India, among 100 onsite teams. • University Rover Challenge (2018): 2nd in India. 19th team among 96 teams globally. • Codechef Snackdown (2018): International Pre-Quarter Finalist. • Codechef Certified Data Structures & Algorithms Program (2018): Cleared the advanced level of CCDSAP. • HackHarvard - Harvard University’s Onsite International Hackathon (2017): International Contestant. • HackerRank (2017): Internationally ranked at the 97th percentile on HackerRank as of 2017. • Codechef (2017): Internationally ranked at the 97th percentile as of 2017. (5K out of 170K users) • Sphere Online Judge (2017): Internationally ranked at the 96th percentile as of 2017. (13K out of 315K users) • ACM ICPC Chennai Preliminary Round (2017): Honorable Mention. • VIT Academic Scholarship: Recipient of the VIT Academic Scholarship for exceptional academic performance. Projects • Code Faster (Sublime Text Plugin): Plugin to scrape problems off a programming contest platform, and import it into the text editor for speed & convenience. • Markov Chain Text Generation: Built a Markov Model Bot trained on novels & tweeted generated text. • Recommendation System: Built a movie recommender system using collaborative filtering on public datasets. • E-Maxx Open Source Algorithm Translations: Converted Russian explanations of algorithms to English, as tends to misinterpret technical words for . • Other Projects: Android+Web app to locate lost pets; Web WhatsApp Bot; Emotion Recognition; IoT Intruder Detection via Slack; XKCD Comics Slack Bot; Image to ASCII Art generation (Featured on MyBridge’s Medium); etc; Find all my public source codes on my GitHub ( Username: RameshAditya ) Clubs and Chapters • Association for Computing Machinery: Design algorithmic challenges for collegiate-level programming contests. • Creation Labs: Developed autonomous traversal algorithms for a fully-functional student-built Mars Rover.